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Engineering covalent organic framework membranes for efficient ionic/molecular separations Review article
2024
Authors:  Zhang, Yanqiu;  Wang, Hao;  Wang, Wenguang;  Zhou, Zhiwei;  Huang, Junhui; et al.
Favorite | TC[WOS]:28 TC[Scopus]:31  IF:17.3/18.9 | Submit date：2024/05/16
Structural basis for receptor binding and broader interspecies receptor recognition of currently circulating Omicron sub-variants Journal article
Zhao,Zhennan, Xie,Yufeng, Bai,Bin, Luo,Chunliang, Zhou,Jingya, Li,Weiwei, Meng,Yumin, Li,Linjie, Li,Dedong, Li,Xiaomei, Li,Xiaoxiong, Wang,Xiaoyun, Sun,Junqing, Xu,Zepeng, Sun,Yeping, Zhang,Wei, Fan,Zheng, Zhao,Xin, Wu,Linhuan, Ma,Juncai, Li,Odel Y., Shang,Guijun, Chai,Yan, Liu,Kefang, Wang,Peiyi, Gao,George F., Qi,Jianxun. Structural basis for receptor binding and broader interspecies receptor recognition of currently circulating Omicron sub-variants[J]. Nature Communications, 2023, 14(1), 4405.
Authors:  Zhao,Zhennan;  Xie,Yufeng;  Bai,Bin;  Luo,Chunliang;  Zhou,Jingya; et al.
Favorite | TC[WOS]:15 TC[Scopus]:16  IF:14.7/16.1 | Submit date：2023/08/03
A 90- to 115-GHz superheterodyne receiver front-end for W-band imaging system in 28-nm complementary metal-oxide-semiconductor Journal article
Wang, Xi, Wei, Dong, Zhang, Zhiyang, Wu, Tianxiang, Chen, Xu, Chen, Yong, Ren, Junyan, Ma, Shunli. A 90- to 115-GHz superheterodyne receiver front-end for W-band imaging system in 28-nm complementary metal-oxide-semiconductor[J]. International Journal of Circuit Theory and Applications, 2023, 51(4), 1530-1547.
Authors:  Wang, Xi;  Wei, Dong;  Zhang, Zhiyang;  Wu, Tianxiang;  Chen, Xu; et al.
Favorite | TC[WOS]:1 TC[Scopus]:1  IF:1.8/1.7 | Submit date：2023/01/30
Imaging System  Low-noise Amplifier (Lna)  Peak-staggered Matching Technique  Superheterodyne Receiver (Rx)  Symmetrical-layout Mixer  Transistor-layout Optimization  W-band  Wideband  
A 4.5-W, 18.5–24.5-GHz GaN Power Amplifier Employing Chebyshev Matching Technique Journal article
Yujia, Wang, Jincheng, Zhang, Yong, Chen, Junyan, Ren, Shunli, Ma. A 4.5-W, 18.5–24.5-GHz GaN Power Amplifier Employing Chebyshev Matching Technique[J]. IEEE Transactions on Very Large Scale Integration (VLSI) Systems, 2023, 31(2), 233-242.
Authors:  Yujia, Wang;  Jincheng, Zhang;  Yong, Chen;  Junyan, Ren;  Shunli, Ma
Favorite | TC[WOS]:2 TC[Scopus]:5  IF:2.8/2.8 | Submit date：2023/01/30
Chebyshev Matching Technique  Gallium Nitride (Gan)  Power Added Efficiency (Pae)  Power Amplifier (Pa)  Satellite Communication  Wideband Matching Network  
A 124-to-152-GHz Power Amplifier Exploiting Chebyshev-Type Two-Section Wideband and Low-Loss Power-Combining Technique in 28-nm CMOS Journal article
Zhang, Jincheng, Wang, Yujia, Chen, Yong, Ren, Junyan, Ma, Shunli. A 124-to-152-GHz Power Amplifier Exploiting Chebyshev-Type Two-Section Wideband and Low-Loss Power-Combining Technique in 28-nm CMOS[J]. IEEE Transactions on Microwave Theory and Techniques, 2022, 71(5), 1852-1865.
Authors:  Zhang, Jincheng;  Wang, Yujia;  Chen, Yong;  Ren, Junyan;  Ma, Shunli
Favorite | TC[WOS]:10 TC[Scopus]:10  IF:4.1/4.2 | Submit date：2023/06/05
Chebyshev  Cmos  Coupled Resonator  D-band  Power Amplifier (Pa)  Slow Wave Coplanar Waveguide (S-cpw)  Transformer  Two-section Wideband Power Combining  
A 124-152 GHz > 15-dBm Psat28-nm CMOS PA Using Chebyshev Artificial-Transmission-Line-Based Matching for Wideband Power Splitting and Combining Conference paper
Jincheng Zhang, Tianxiang Wu, Yong Chen, Junyan Ren, Shunli Ma. A 124-152 GHz > 15-dBm Psat28-nm CMOS PA Using Chebyshev Artificial-Transmission-Line-Based Matching for Wideband Power Splitting and Combining[C], 2022, 187-190.
Authors:  Jincheng Zhang;  Tianxiang Wu;  Yong Chen;  Junyan Ren;  Shunli Ma
Favorite | TC[WOS]:2 TC[Scopus]:5 | Submit date：2023/01/30
Cmos  d Band  Power Amplifier (p a)  Power Combining  Wideband  
A 12-Bit 50 MS/s Split-CDAC-Based SAR ADC Integrating Input Programmable Gain Amplifier and Reference Voltage Buffer Journal article
Xu, Zhuofan, Hu, Biao, Wu, Tianxiang, Yao, Yuting, Chen, Yong, Ren, Junyan, Ma, Shunli. A 12-Bit 50 MS/s Split-CDAC-Based SAR ADC Integrating Input Programmable Gain Amplifier and Reference Voltage Buffer[J]. Electronics (Switzerland), 2022, 11(12).
Authors:  Xu, Zhuofan;  Hu, Biao;  Wu, Tianxiang;  Yao, Yuting;  Chen, Yong; et al.
Favorite | TC[WOS]:7 TC[Scopus]:10  IF:2.6/2.6 | Submit date：2022/08/02
Split Cdac  Asynchronous Sar Adc  Input Pga  Rv-buffer  
In Vitro & In Vivo studies on Identifying and Designing Temporin-1CEh from the Skin Secretion of Rana chensinensis as the Optimized Antibacterial Prototype Drug Journal article
Ye, Z., Zhou , Z., Xi, X., Zai , Y., Zhou, M., Chen , X., Ma, C., Chen, T., Wang , L., Kwok, H. F.. In Vitro & In Vivo studies on Identifying and Designing Temporin-1CEh from the Skin Secretion of Rana chensinensis as the Optimized Antibacterial Prototype Drug[J]. Pharmaceutics, 2022, 604---.
Authors:  Ye, Z.;  Zhou , Z.;  Xi, X.;  Zai , Y.;  Zhou, M.; et al.
Favorite | TC[WOS]:4 TC[Scopus]:5  IF:4.9/5.5 | Submit date：2022/06/14
Antimicrobial Activity  Temporin  Branched Peptide  Galleria Mellonella Larva Model  
A 50-Gb/s PAM-4 Silicon-Photonic Transmitter Incorporating Lumped-Segment MZM, Distributed CMOS Driver, and Integrated CDR Journal article
Liao, Qiwen, Zhang, Yuguang, Ma, Siyuan, Wang, Lei, Li, Leliang, Li, Guike, Zhang, Zhao, Liu, Jian, Wu, Nanjian, Liu, Liyuan, Chen, Yong, Xiao, Xi, Qi, Nan. A 50-Gb/s PAM-4 Silicon-Photonic Transmitter Incorporating Lumped-Segment MZM, Distributed CMOS Driver, and Integrated CDR[J]. IEEE Journal of Solid-State Circuits, 2022, 57(3), 767-780.
Authors:  Liao, Qiwen;  Zhang, Yuguang;  Ma, Siyuan;  Wang, Lei;  Li, Leliang; et al.
Favorite | TC[WOS]:23 TC[Scopus]:29  IF:4.6/5.6 | Submit date：2022/03/28
Clock And Data Recovery (Cdr)  Cmos  Distributed Driver  Four-level Pulse Amplitude (Pam-4)  Machâ Zehnder Modulator (Mzm)  Optical Digital-to-analog Converter (Dac)  Silicon Photonic (Siph)  Transmitter (Tx)  
A 23- to 28-GHz 5-bit switch-type phase shifter with 1-bit calibration based on optimized ABCD matrix design methods for 5G MIMO system in 0.15-μm GaAs Journal article
Zhang, Zhiyang, Nie, Lihe, Zhang, Jincheng, Wu, Tianxiang, Chen, Yong, Ren, Junyan, Ma, Shunli. A 23- to 28-GHz 5-bit switch-type phase shifter with 1-bit calibration based on optimized ABCD matrix design methods for 5G MIMO system in 0.15-μm GaAs[J]. International Journal of Circuit Theory and Applications, 2022, 50(6), 1834-1854.
Authors:  Zhang, Zhiyang;  Nie, Lihe;  Zhang, Jincheng;  Wu, Tianxiang;  Chen, Yong; et al.
Favorite | TC[WOS]:5 TC[Scopus]:6  IF:1.8/1.7 | Submit date：2022/05/17
Fifth-generation  Impedance Matching  Phase Shifter  Phased-array System  Switch-type